Folding and stitching machine.



B. J. SCOTT.

FOLDING AND STITCHNG MAHINE.

APPLIAHON rum um. 15:11.

6 SHEETSWSHEET l.

D. J. SCOTT.

FOLDING AND STITGHING MACHINE.

APPLICATION FILED SEP'ILQB, 1911. 1,064,387 Patented June 10,1913.

6 SHEETS-SHEET 2.

InventQr:

Attest:

Atti/s.

` BWM, @MQW D. J. SCOTT. FOLDING AND STITCHING MACHINE.

APPLIOATION PILLDv SEPT. 23, 1911.

Patented June 10, 1913.

6 SHEETS-SHEET 3.

wbykgf/ Inventor:

bf @yf (Attvst: w d

Attjv D. J. SCOTT.

roLDlNG AND STITGHING MACHINE. APPLIOATION FILED SBPT.23,1911.

WInvevn-tgr: by @was www.

Attest:

D.J.scoTT, FOLDING AND STITGHING MACHINE.

APPLICATION FILED SEPT.23,1911.

Patented June 10,1913.

6 SHEETS-SHEET '5.

wf/Wa ."1 tirs'l: Inventor:

a Qf W @f V, WM/ C M Arr/ D. J. SCOTT.

FOLDING AND kSTITCIHNG MACHINE.

APPLICATION FILED s1:1 T 2a,1911.

Patented June 10, 1913.

6 SHEETS-SHEET 6.

In ven tor:K

STATv SPAENT OFFICE. 'i' f I' VEBDINQAD STITGHING MAcHlNE.

of any suitable construction, it is preferredv to utilize 'in' cozuiectoiigth'ei'en-ith an endless conijeyerf extending longitudinally of the sheet support and )rcvided with 4a pusher -fingei' projecting a ore 'the plane of the.I

sheet support, said ccnvevC-rhiiring a defiected portion neer one end` thereof, whereby 'the pusher finger as it reaches said deected poi-tion is caused to graduallyiecedefbelow the plane of the support. This deilectecl `portion extends in s do wnwnrd direction and is utilized for thev pusher ngerto-be roufcht ont ofengagel folding vvcylinders and nrpose of causing -the ment with the pack of eetsand 'to cause the said pack of sheets to dwell 'under the sttc'hers. The saddle, asr'is well known, is" an'inverted V'sl1aped cholet support on tthe peak of which -t v travels. When this peculiar conveyer 'with the deflected portion is iitilized in connecie crese the sheets ltion with-the saddle, it ispreferable to pro: vide o. second conveyer which is offset laterally with reference to the irsti conveyor, whereby said second conve er will carry the sheets away -fro-ni `the 'stitcher after theyhave been stitched.

Another feature of the' invention resides in means for folding -a pack' of sheets, and in stitchind the said sheets approximately-in the fold of the sheets.' This is etected b v the means already. described, and in' this manner the crease in. thepaper determinesl the ositionof -tlie stitch.v Y I T e invention vtort-her consists in thefeatures of construction', combination of parts 'findhrrangemcnt of-elei'nents hereinafter set forth'.

In the a'ccompanyingdrawings the iiiveni A tionis disclosed in several concrete and p refcrred forms, .but changes of construction may of course be made 'without departing from the .legitimate and intended 'scope of view of c web press showin the formenfoldcrs@ cutting and other 'cy iders, with the saddle'in 4sect-ion onthe line 1 -1 o Fig. 5, embodying the intention. Fig, 211s a vieu' similar to Fir'. Lof the' cuttingI and adjacent parte, show ing more particularly the cams for operat- &c. Fig. 3 is a view similar toF-ig. 2, show'- ing the arrangementof the g'iippergnip#y iers and creascrs of the feeding c ig. 4 'is a side elevatioiiof these dleand the sheet conveying-means associated there-l with. .'Fig. 5 is n ytop cent parts looking in the" direction .ofthe arrow 6, Fig. 4. (Fi 'I' isA a' sect-ionalview ofthe saddle on the. he, Fig. 1 1, showing the delivery mechanism.A 8.- isa disgr:animatie,view showing the Invention applied to a web printingrnacliine. Fig.' 9

lan View of Fig.' 4. Fig. 6 is an end view o the. saddle and adjal-v ders between which the Web s'aro ed ind whichservetofsever hthe paper int-o sheets in the usual manner.`

'4 indicates astri ing finger' pivotecl nt 5 and Vnormally hel eneatli the surface of the cylinder by'mea's of the spring "I, indica-tes the ccm roll mounted onun arm `ot the stripper finger 4;, and adapted to engage; with'I tl'ie cani, l.8' von the framework This cam seivesto throw the stripper iin -gers oiitwurd,l'therehy revcnting the sheet fromladliering to' the limite' of the cut-ting cylinder.

9 indicates-a.v cyinder :or rotary member Iwhosecircumference-is equal to about two sheet lengths. Above the cylinder 9 is a second cylinder or roturymeinbe'rlO whose Acircunitrence is equal to about; three sheet,

lengths, and adjacent thereto is a. collecting cylinder 11 whose circumference is about'one sheet length; Extending between'the cutting cylinders 2 and 3 and the cylinders 10 nndl'l are a pair of, guides 12 by means .of

'icowhich the sheets are transmitted frointhe cutting cylinders to the cylinders 10. and. 11. Beneath the cylinder 9 is tlie'saddle"15.A and 15 indicateitwo cani shafts, Extending up tothe pointof contact between tliecylvindersv 9` end 10, is a sheet path 16', which machine, and whichm'iiiy be utilized to feed a cover, which-cover is then associated withfcylinders Qand v3.

'lhe cylinder 9 is provided with two sets of grippers A1'? and wit'lietwo sets of nippeis 18. These nippersare-located in therein: of the grippers Awith respectto the direction ot the lrotation of the' cylinder. Thecylnif der 10 'is provided with three sets of creasers 19 which areacliipted to coperate with the nipiers on thecylinden 9. The leading edgeio the sheet 's seized by the grippei's 17,zind the sheet is .carried Alonguntil the ting `n ippers 18 and the creasers 19 come/opposite each other, when the said creas'cis act to fold the sheet into the grooves 20 of the cyl finden jetter which, the fold in the paperv is nipped positively. by;V the nippers' '18. .The

sheet, .'xhowever, contiiiues moving in the .Same direction-.as before,1 since 'the grippers v'1 7' arelstllretainingjiheir hold .upon 'the` "may leadl from anotherpart ofV the printing 'the leadingedge of the sheet to drop down on one side of the saddle 13, and when the nippers arrive at. about the pointmarked 22, on cylinder 9, they are opened and the 'tail of the sheet falls on the other side of the saddle 13. The sheet isthus made to straddle the saddle. In case it is desired to collect two successive cuts of, sheets, the first pack of sheets is taken bythe grippers 23 on the collecting cylinder 11. This cylinder has a circumference approximately e ual tothe length. of one sheet, so that W en the next succeeding pack of sheets descends through the guides 12, the grippers 24 on the cylinder 10 will receive sheets not only from the said guides but also from the collecting cylinder. As will be observed, in the present instance. the cylinder 10 is used only for the purpose of carrying the creaser blades, but also for the purpose of conveying the sheets to the cylinder 9. It will be understood, however, that it is not necessary that this cylinder 10 should be utilized for this purpose, since 'the sheet may be led to the cylinder 9 in any suitable manner, as, for instance, from the sheet path 16. However, the shown is a preferred form and is convenient when it is desired to collect successive packs of sheets.

The sheet retaining and folding devices of the cylinders '9, 10 and 11, together with the means for operating the same may be of any suitable construction. In the present instance thev are constructed as follows: The grippers 23 which are carried on the cylinder 11 are of the usual construction and are opened by means of the oscillating gripper cam 26 actuated by means of the link 27, rocking levery 28, and rotating cani 29. The cylinder 11 is utilized only when it is desired to collect successive packs of sheets, and when no collecting is to be d one the grippers 23 are rendered inoperative. The grippers 24- of the cylinder 10 are of the usual construction and are opened to receive the sheets by means of the cam 30, and are opened to discharge sheets by means of the cam 31. lVhen no collecting takes place these cams are stationary but when successive packs of sheets are collected, these cams oscillate so as' to act on every other setof grippers 24 only. For this purpose the cam 30 is mounted on the pivoted rocking lever 32 which is rocked by means of the rotating cam 33. Likewise the cam 31 is mounted to oscillate and is actuated by means of the link 34, rock lever.35 and rotating c am 36.

Adjacent to each set of grippers 24 are arrangement v the joggers or gages 37. For the sake of clearness the grippers 24 and gages 37 are shown conjointly at only one point ot' the cylinder 10, at the other two points where these members are located .there is shown in one instance the grippers only and in the other instance the gages only. The function ofthese gages is to bring the pack of sheets, received simultaneously by the `gripper 24 from the guides 12 and the collecting cylinder 11, into register. These gages are normally within the circumference of the cylinder .10, but are caused to protrude alternately at the axial line between the cylinders 10 and 11 by means of rthe oscillating cam 3'8. This oscillating cam is operated by means of the link 39, bell crank 40 and rotating cam 41. lVhen collecting does not take place these gages may be dispensed with.

uThe creasers 19 are actuated by means of the cam 42. When no collecting takes placethis cam is stationary, but when successive packs of sheets are taken the cam 42 is caused to oscillate so as to come into operation on alternate cieaser blades only. To this end the cam 42 is connected to the arm 43 which is actuated by means ot the rotating cam 44.

The grippers 17 of the cylinder '9 are opened by the cam 45 to receive sheets and by the cam 46 to discharge sheets. lVhen no collecting takes yplace the cam 45 is stationary, but when it is desired to collect successive packs of sheets the cam is oscillated by means of the lever 47 and rotating cam 48. The nippers 18 of the cylinder 9 are opened by means of the cams 49 and 50.

Inteiposed Ain the sheet path 16 near the cylinder 9 are suitable front gages 51 'against which sheets fed down the sheet Y 55, cam lever 56 and rotating cam 57.

58 are side joggers mounted on the rockshaft 59 to which motion is imparted by means of the lever 6() and a suitable cam (not shown). After the sheet has been properly registered,v the drop roller 61 descends into contact with the friction roll 62, the roll 61 being operated by means ofthe bell crank 63 and rotating cam 64. The friction roll 62 is operated by means of the pinion 65, rack 66 and crank 67 to :feed the sheet or sheets into the bite of the grippers 17 of the cylinder 9.

The saddle 13 consists of a supporting framework 68 provided with an inverted V-shaped top 69. This saddle extends longitudinally with the axes oi' the cylinders 9, 10 and 11 and is provided in its inverted Vishaped top 69 with two sets of longitudinally extending slots 70 and 71, one slot of each set being located on each side of the saddle, and the slots 71 being laterally offset on each side of the saddle, and the slots 71 being laterally offset from the slots 70. EX-

tending through the slots 70 are chains 72'.

preferably of the silent type, such as are used in automobile works. These chains are driven by sprockets 73 and 74. The forward sprockets 74 are in a plane lower than the sprockets 73, and an idler 75 is interposed to maintain the chain horizontal until a certain point is reached, when the chains have a deflected 'portion 6 owing to the fact that the sprockets 74 are in a lower plane. The chains 72 are endless and their length is preferably about six times t-he width of the sheets. The chains are divided into three sections, and each -section is provided with a pusher finger 77. The function of these pusher fingers is to convey the sheets along the saddle until they reach the deflected portion 76 when the pusher fingers disappear beneath the sheets, 'leaving the latter atrest.

78 indicates two similar chains arranged in the slots 71. These chains are lower than the chains 72 and are of the same construction as the latter, passing over the sprockets 79 and 80, the latter sprockets being located in a plane lower than the sprockets 79. An idler 81 is interposed as before and the chains have a deflected portion 82 similar to the portion 76 of the chains 72. The sprockets 74 and 79 are located in the same plane and are mounted on the same shaft. The chains 78 have pusher fingers 83 arranged in the saine manner as the pusher fingers 77. The slots 70 and 71 communicate with each other as shown.

The sprockets 73 are mounted on the shaft 84 which is driven yfrom the shaft 85 by lneans ofI change speed gears 86, 87, 88 and 89. Thegears 86 and 87 are half speed gears, while the gears 88 and 89 are full speed gears; that is to say, at full speed the chains are so timed as to convey sheets delivered from the cylinder 9 when that cylinder delivers two packs of sheets to every revolution, while at the half speed the chains are so timed as to convey sheets delivered from the cylinder 9 when that cylinder delivers one pack of sheets to every revolution. In other words, when collecting takes place the chains are run at half speed.

90 is a pushervconsisting of a .blade which fits over the top of the saddle 13 and extends downwardly fitting the sloping sides of the saddle snugly. This pusher is given a reciprocating movement. longitudinally of the saddle and is provided with slidc--y 5l trav-Y eling in the guides 92 of the saddle. lThe blade of the pusher provided with. slots 93 through which the chains 72 pass, these slots being of a suflicientheight to permit the pusher fingers 77 to pass through the same. The blade lis connected to a rocker arm 94 by means of the lever 95. The rocker arm 94 is mounted on the shaft 96 which is rocked by means of the cam lever 97, cam roll 98 and rotating cam 99. The cam 99 is mounted on the shaft 100 which receives its motion from, the shaft 84 through the spur gears 101 and 102. The configuration of the'cam 99 is such that the pusher 90 is given a slow forward kstarting motion `and then a quick forward motion, so that the. sheets will be moving rapidly when the pusher fingers 77 engage them.- To assist the sheets to dropproperly on the saddle, there may be employed a rotating beater 103. ln place of this there may be used a stationary guard similar to the guard 104 on the other side of the saddle. The guard 104 is used to keep the lower edges of the sheets from flapping up on one side. To

- further aid in keeping the sheets properly on the saddle, therev may be employed tapes 105 and 106. These rtapes are arranged on a slant on both sides of the saddle and pass over the pulleys 107 and 108, which are suitably arranged in housings 109 extending over the saddle. The pulleys 107 are mounted. on two transversely extending `shafts 110, extending diagonally and substantially parallel to the sloping sides of the saddle. These two shafts are geared t0- gether by means of miter pinionslll, and one of them receives its motion from the horizontal shaft 112 through the bevel gears 113 and spur gears 114. The shaft 112 'receives its motion from the cam shaft 15 through the gears 115.

Located adjacent to t-he saddle, about midway of its length, is a suitable stitcher 116, shown in this instance as a stapling device. Located at the end of the saddle is a delivery mechanism and a' means for closing up the sheets. In this instance there is provided a drum 117 adjacent to which is a swinging pressure roller 11S mounted on an arm 119 and normally kept in contact with4 the drumby means of a spring 120. vLocated underneath the saddle is a tucker blade 121 which passes up through an aperture 122 in the peak of the saddle. This tucker blade 121 is carried by two arms 123 and 124` the latterof which is connected directly to the arm 125 carrying the cam roll 126 and opefrated by the cam 127. The arm 123 is connected to the arm 125 by means of the lever 12S, arms 129I and link 130. By this means the tucker blade is raised at intervals to bring the sheets into the bite of the rollt-rs 117\and 11S. Passing over the rollers 117 and 118 are tapes 131 and 132 which, passing over suitable idlers and rollers, convey the sheets to the SI-delivery 133, and

thence to the delivery belt 134. The stitcher 11G7 tueker blade 121 and deliver;Y tapes. the..

are driven from the Shaft` 135 hv :suitable t 'frein the shaft 100 by means ot' the hevel gears 13G. p

The operation of the inaehine is as follows: The. webs 1 passing through the press are printed by the cylindere` 13T, the eoliuns of which are arranged lengthwise of the longitudinal xes of the said cylinders. Thereafter the wehs are led up to the weh arasoeiating means eueh ae the former folders and down hetween the cutting elvlinders L and 3, where the weh is severed into :sheet lengths. Front thenee the .,heets pass; down through the guides 12 to the Cylinder 10 v'here the'v are taken hjv the grippera Qi. lf it is desired to collect, alternate paelts of sheets are taken hiv the f tgrippersy Q3 on the elvlinder 11 and h v them delivered with the next parli of sheets to the grippers 91 ot' the elvlinder 10. The grippers 21 ot' the eflinder lO delii'er the sheetsI to the grippers4 1T of the t-(vlinder 9 and as the sheets travel along' on said envlinder the ereaser blades` 19 told the sheets into slots Qt) where the Vfold is; seized hv thev nippers The gripper@ 1T, however. continue to retain their hold on the leading edge of the Sheets until the peali ot the .saddle 13 is' passed. when tite grippers lT release their hold. and one side ot the sheetsr drops down on one side of the .saddle. The nippers 15 eontinue their hold upon the fold of the paper until the saddle is; reaehed when they release the sheets. whieh then drop down unelosed on the :saddle. 5t 'addling the latter. and with the t'old riding on the peak of; the saddle. The pusher hlade new starts' the sheets torvard and the pusher fingers TT push the sheets forward. bringing' the paper in under the tapes 105 and ltlt and into position under the stiteher llt. At this` moment the pusher fingers TT disappear. leaving' the sheets under the atiteher 11h. where they are stitehed. The pusher lingers till now come into pl av and `inove the sheets; forward alongy the ,Saddle until the-5v are hronghtover the tuelter hlade 121, whieli latter then rises: and eloees; the sheets h v hringing them into the hite of the rollers 11T and 11S. after whieh the sheets are Carried to the S-deliverv 1313 and thenee out ef the inaehine h v the heli ll. lnatead of bringing sheets to the e vlinder 9 h v meana ot' the e vlinder 10. the v may he delivered thereto in atri' suitahle manner. as hy n'teans of the sheet path 1li. And this hrings out the point that while the invention ia mere partien'larlv adapted t'or use in eonneetion with a weh presa. it need net net'essarilv he o used. li desired. sheets ma)V he delivered to the ejflinfler i" hoth trein the evlinder 10 and 'from tte sheet path lt. in. Fig'. 10 is shown a meditieation. ln this instance thegrippers )rl t n the ewvlinder Y it) take the 'sheets and retain hold thereot1 until the ereasere4 .lzt haveolded the sheetsr into the nippers le* of the cylinder 9. y Then the grippers.v rel aise the sheets and the v are not onl)v folded hutI also Closed up and are so delivered to the horizontal sheet hsupport 19t) lwhieh talteg the place of the saddle 11. The sheeta are here progressed hy a eonvever havingpusher ngers TT as hetore and are earried thereinv to a titeher. anda deliver;v tneehanisni.

1% denotes a guard for the sheets; whit-h nnrv also aet as a stripper. This: guard sinav he used in connection with the other furnis of invention herein shown.

ln Fig. ll is) .shown still another modilieation in whieh the evlinder fl delivers the sheets unfolded to the horizontal sheet .supvport lili' after whit-h the sheets: are stitt'hetl.

folded and deliiered.

ln all the l'orms exrept Vie'. 1l the erease in the paper delta-minesy the position ot' the stitch.

hat isr elaimed. is:

l. 'l`he eonihination with the tornrtand impression inemhers; ot' a weh press. ot weh. assoeiating means. a sheet path extending snhatantiallv parallel to the dit'eetion ot movement of the weh. @vlinders vlor eutting the weh into sheets and eonvevintf them to the sheet path arranged with their axes parallel to the sheet path. and a stiteher adapted to art on the :sheets eonvenved hv the sheet, path.

2. The eomhination with the torni and imin'ession memhers of a weh press. ot' weh assoeiating means. a sheet path extending' suhst'antiallv parallel to the direetion ot movement oi: the weh. c vlindere for entting and folding the weh into sheets interposed hetween the weh assoeiatinj;` means and the sheet path and ai ranged with their axes parallel to the sheet path. and a stiteher adapted tt' :tet upon the sheets eonvtatul hv the sheet path.

The eonihination with the Vl'orui and impression menthers of a weh pre--s. ot' weh ase'neiatine' means. a sheet path extending' snhstantiz'tllt' parallel to the direetion ot' movement of the weh. means t'or entting' the weh into sheets. means Vfor 'folding the sheets without elosiuja' them up. interposed hetween the weh assoeiating' means and the sheet path. a stiteher adapted to aet upon the sheets Vt'ed hv the .sheet path. and ni xuns for elosintr up the sheets alter stitehine.

i. The eonthination with the t`orm and impression niemhers of a weh printing! math'ne in 'whith the eolumns: are arranged lenglh'tvise ut the evlindersl and transveraelv ol` the 'in/vement o'f the weh. oll weh assoeiat'' s :i ,sh-'et path extending suhstan .'allel to the movement of the wel. indt-rs interposed hetween the weh assai-rature' means and the sheet path and 111'1'11110'011 111111 111011' axes pa1a1101 t0 1110 Sheet. path 101' .0\'0r1ng 1110 1101.15 1 1.1111 '\'01' 01 into S11001S :11111 1111' 1101iv01'1ng; 1110 S1100ts 10 11110 511001. path 111th their 11111110'11 011111111115 para1101 t0 1110 1111'00111111 0f 1110101110111 01 1110 web an11 11 511101101' 111111111011 111 1101 1111011 1110 s110015 0011101011 111v the s110111 1111111.

5. T110 00111111111111011 with the 1111111 an11 11111110Ss10n 11101111101'S 0f a 11'011 printing 11111- 0111n0 111 11111011 1110 00111111115 are arranged 101101110150 0f 1110 0111111101:@` :11111 1111101012011' 0f th0 111111011101111 0f 1110 11011, 111 11011 asmcatnfl 1110ans. 111011115 fOr 50101-11101 111e 11011 11'11115101'5015' 111111 s110015. 1110a11`f11r 101111110 1110 s110013.y a 511001 path 0X10n11ing 9111.011111- t1a11 11111111101 with 1110 1110101110111 0f 1110 web, means 1111 110111011110' 1110 111111011 s110010. t-O 1110 511001 path 111111 111011' 111'1111011 1'11111n1nsA 1.1111'a1101 111 1110 111100111111 0f 1110 1110101110111 01 the web. 111111 111011115 for stitehngf 1110 s110015 111111111011 111 a11 1111011 1110 5111001534 1011 hy 1110 511001 path.

(1. T110 011111111111111011 111111 1110 101111 and 111111105511011 111011111015l 01 a \\011 printing 111a- 0111110 111 11111011 1110 0111111111111 are 1111111101011 1011011111190 0f 1110 01111111011@I and tra11s10rs01y 0f the 11101'01110nt 0f 1110 w01), 0f 11'011 11.01511r ciatng 1110ans, n10ansv for severing the Web 1101151010011v 111111 s110015, 1110111115 for folding the `1100ts 11111111111 010511101110111 1111, a sheet 1111111 extending S1111St11n1ia11)Y 11111111101 with 1110 1110101110111 01 1110 11011, 1110an5l 100110- 111011110' 1110 10111011 11111, 11110110011 s110018 t0 the 011001 path 111th their 111'1111011 00111111115; 11a1'111101 10 1110 111100111111 111 111111111110111 111 1110 W01), meansI 101' 511101111111' 1110 s110011; 111111111011 10 1101, 11111111 1110 111115010 01111101011 11V 1110 $11001 11111111.1111111 1110111151111- 011151110 1111 1,110 s110015 111101' 011111111110'.

7. "11110 0111111111111111111 111111 1110 101'111 111111 1111111'1\ 111n 11101111101 111c :1 11011 printing 11111- 0111110. 01 11011 110111011111111' 111011110, 11 1'0011- 11110111' s110111 1111111 1110111011 11011111' 1110 \\'011 ass11- 0111111115 111011118. a 111111111111' 111" 0 1'11111101'5 111 0111011 110111Y 1110 1.1'011 assfwiating 111011115 111111 11111110 1110 1.11001 11:11h \\'11h 111011' 11X0S 11111'111101 111 1110 S11-001V 11:11h 101' 011111112@1 1110 11011 111111 011001,@ an11 1111' 001110111111; 1110 s110015 111 the 1110 s110015; 0111110.11011 11.1v 1110 s1100111111t11.

8. T110, 0111111111111111111 111111 1110 1111'111 111111 111111110511111 111011111010 01 a w01) printing 11111- 01111111, 0f 11011 :191500111111111 1110111111, a 1'0011- 11110111' s111001 11:11h 100111011 11011111' 1110 11011 11.115114 '0111111111' 11'101111S. 11 111111111111Y 01 0.1111111010 10- 0111011 11011111' 1110 11011 119511011111113' 111011118 and a11111'e 1110 :311001I path with 111011' axes 11ara1101 101110 1511001'l path 1111' 011111110' and 10111111131 111e 110115 111111 s110015 111111 101' 001110111111' 1110 s110015v 111 1110 511001 1111111, a1111 a st1t011er 111111111011 t0 1101Y 11n 1110 s1100ts 001110.11011 by the `@11001 1111111.

9. T110, 011111111111111011 with 1110 '10111101111 111111105011111 1110111110115y 111 a w01) printng` n1a-' 0111110. 111 11011 1101.1101a11ng' 111011110. a 111111111111' 111 011111111010. 1110111011 11011111Y 1110 11011 :m0001111- ing n10ans. 1111' 011111110' 1110 11011 11110 she0ts4 and 1111 0111110.11110; 111111 11111111101 1110 511001@l without 01101110' 1110111 1111, a 1'00ti11110a1' s111101` 1'01'0110 1110 111111011 S11001s 11101'01'1'11111` a l511101101' 111111111011 t0 1101 11n 1110 s110015 01111- 1'01011 115' 1110 511001 1111111, a1111 means Y1111' 0.101;- 111g` 1111 1110 s110010 111101' Stitching.

5111111011 at N011* York. in 1110 01111111)r 01C N011' Y11rk :11111 State 01 New York 1111s 20th 11a)y 0f S011t0n1110r A. D. 1911.

c 1 f 1 11mm 11101111.11'. 

